CFD · FEM · GPU Linear Algebra · Linux Graphics · Arch Linux
I am an Engineering Mechanics undergraduate focused on numerical computing, GPU acceleration, and open-source systems.
My current work sits around nonlinear mechanics, finite element simulation, CFD solvers, GPU-side linear algebra, and Linux desktop infrastructure. I like projects where mathematics, engineering judgment, and low-level systems work meet each other.
- Scientific computing — numerical methods, nonlinear mechanics, FEM validation, and solver behavior.
- GPU acceleration — CUDA-side data movement, sparse linear algebra, and solver performance.
- CFD / solver infrastructure — SU2, OpenFOAM, and the linear algebra path beneath large-scale simulation codes.
- Linux desktop systems — Arch Linux, Hyprland, rendering behavior, ICC/color pipeline issues, and compositor debugging.
- Open-source maintenance — AUR packaging and upstream contribution workflows.
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SU2 GPU linear algebra optimization
Reducing redundant CUDA-side matrix transfers and improving solver data movement across repeated matrix-vector operations. -
Hyprland ICC / blur rendering investigation
Debugging ICC-enabled blur transparency behavior on a high-refresh 10-bit display pipeline. -
Nonlinear beam deflection computation
Numerical calculation and FEM validation for the failure boundary of linear beam theory under large deflection. -
OpenSeesPy on AUR
Maintaining structural analysis tooling for Arch Linux users. -
reinplayer-bin on AUR
Packaging and maintaining desktop/media tooling for Arch Linux.
C++ · CUDA · Python · Shell · Lua · Git · Linux · Arch Linux · Neovim
SU2 · OpenFOAM · OpenSees · Hyprland · FEM · CFD · Numerical Linear Algebra
